Steven Mark`s TPU

[otto]

Hello all,

Now my TPU is NOT feeding anymore my power supply. Not 1 Volt!!

As we all know we have 3 collectors and there are a lot of posibilities to connect them. I made only 1 wrong connection and had a lot of troubles.

We can connect the collectors in the way I showed in my picture or as 3 Mobiuses or...

In the 3 stack TPU picture is not shown whats in the middle of the TPU but there Im missing something else:

                          the "secondary" coils.

Are such coils wrapped like imaginary wheel spokes??? Is this what I miss??

I thought that my feedback coils would give me the needed high voltage but I was wrong. NO HV!!

We need a high voltage because this means we have accelerated our particles. This is only 1 of the reasons to use tubes. OK tubers, I dont want to discuss other reasons.

In my ECD, that worked fine, I had also "secondary coils to have a high voltage and I had a nice light with only 12V from my power supply. What if I would rise the voltage just a little?? a few volts??

I think it was yesterday when I asked about ideas how to wind the coils like imaginary wheel spokes.

Its time for a new TPU with coils like in the 3 stack TPU + aditional coils - secondary coils for high voltage. This weekend I have time.

Maybe I have to go back and build a ECD TPU but with the coils wound like in the 3 stack picture so I can compare my results with the original 3 stack TPU??

As you all can see a lot of &%$# in my little brain.

Otto

[ronotte]

@Otto,

after having both partially tested (still work-in-progress) and much more thinking about the schematic you posted, in order to be more conforming to dfro suggestions and the LMD architecture, I propose following variations. Anyway till now I've not yet have the time to check them as I do prefer to complete the tests on V10-7 unit.

The design does take into account the LMD architecture as detailed in the second pic.

Of course tht's just a proposal...may be that it's also not so correct....

Roberto

[otto]

Hello,

@Roberto,

nice drawing.I was thinking in the same manner. Its clear that this is not the end of our work. Its only 1 of the ways and there are a lot of them.

All the time Im missing our "3 cannons story"!!

What if we need the connections in this way: control coil (with the cap and diode) to collector, in series, then next control coil to collector then next..... only in this way we have the 3 cannons ...and then the feedback coils....

Otto

[BEP]

Hmmm...

3 cannons or 3 sequencial accelerator rings like found in old Trinitrons?

This would be more like another project - The BFG2000 

[wattsup]

@Roberto

About that trojan, are you using Internet Explorer. There is (or was) an issue last week when using IE when you go to the home page of the forum it would download a trojan, but this does not happen in the threads. I got his trojan and it took alot of work to get rid of it.  Son of a b*&?h, wasted my whole weekend.

Also thank you for you response to my questions. I will give you more details on some of them soon. I am also happy to see you are using an isolated transformer for the supply as this eliminates alot of feed source questions.

Also, I like your drawing as it is following some of my thinking to test with isolating the F2 plus your diagram 3 showing frequencies from both sides. Good move.

Otto has asked twice his question on if there should be a secondary in the TPU and how. That is one of the questions of 2008.

Roberto, last night I took my 2-6vdc to 100kvdc device. The one that blew my multimeter. Shit...had to buy another one. I took a big 110vac transformer that has 6 secondary outputs. I connected one end of the 100kvolts to the primary, the other primary I sent to a secondary, then from there to another then another and so in series until it came back to the final 100kvdc connection. From  a distance (lol) I turned on the DC power supply and gave only 4vdc at about 3 amps. The transformer started to produce random sparks and I started to smell ozone gas.

Why am I saying this. Well with only 12 watts of power I was producing such great continuous sparks plus ozone. Now I tried doing the same thing but this time only with the DC power supply set to feed no more than 12 watts dc and you already know this, there is nothing.

So what if the TPU has to be driven at 1000 volts, minimal amps, but repeated 1000 times per second to make more amps at the same voltage. Or what if with a higher voltage, the TPU becomes more of a dampenning device or voltage reducer. This conversion from high voltage to low voltage via the TPU design could be the way to produce OU and close the loop.

I think we all may be wasting so much time with our 12vdc. I feel that nothing is going to happen at these voltages which are dead slow and are just being chopped up by the high frequencies like a bread slicer and not giving any real movement effects in the TPU.

So, to answer Otto's question from what I can see, what is required is not a secondary but a novel way of driving the device at higher voltage.

If you take the tube analogy, what does a tube ultimately do. It increases voltage level and how to do this with SS. I already have the device and so do you. There must be other similiar SS devices that can do the same but for lower voltages in the 1000 range. I will try to find one. Put a few volts to make 1000 volts and work with this. If SM followed Tesla, most of his works were with HV or what Tesla called high frequency, so if SM was using tubes on the outset, this gave him high voltage to work with in the TPU. His saying this gave clean sound, could mean clean power. I thnk one of the tubes SM mentioned had a 500v ouput.